It might be possible that the triple
Higgs boson self-interactions play a role in this endeavor; however, as is shown in the next sections, cross section of triple Higgs production ([H.sup.+][H.sup.-][H.sup.0], [H.sup.+] [H.sup.- ][h.sup.0]) is smaller than double Higgs production ([H.sup.+][H.sup.-]).
The recent Large Hadron Collider (LHC) discovery of a scalar particle with 125 GeV which is compatible with Standard Model (SM)
Higgs boson predicted by Brout-Englert-Higgs symmetry breaking mechanism opens up a gateway to search for physics beyond the SM[1, 2].
He has won a prestigious PS75,000 Royal Society Wolfson Research Merit Award to run a project involving the mathematical modelling of a physical theory proposed to explain the existence of the
Higgs boson, said to give matter its substance, or mass.
Their topics include the
Higgs boson in the Standard Model, searches for the Standard Model
Higgs boson at the Tevatron Collider, observation of the diphoton decay of the
Higgs boson and measurements of its properties, evidence that the
Higgs boson decays to lambda leptons,
Higgs boson search in the WW to lvqq final state, and Higgs combination and properties of the
Higgs boson.
The
Higgs boson, the so-called God particle (cue cries of anguish at the name, including Prof Higgs, more of which later), which provides mass to the most basic building blocks of matter.
It's a
Higgs boson bonanza for particle physicists, who are capitalizing on the newest data from the Large Hadron Collider to delve more deeply into the particle's properties.
I am informed that it discovered something called the
Higgs Boson - a particle that apparently gives other particles mess.
Fabiola Gianotti led one of two teams that discovered the
Higgs boson, the most exciting feat of modern physics.